AT&T and Verizon are pushing AI deeper into the RAN to improve throughput, spectral efficiency, coverage, and VoIP network performance. Early trials show smarter automation, faster optimization, and better energy use, but operators say AI must prove measurable value before large-scale deployment across 5G radio networks and customer services nationwide
Ericsson and Nex-Tech Wireless are accelerating rural 5G network modernization across Kansas, upgrading RAN, cloud-native 5G Core, and data platforms to boost speed, latency, VoIP quality, and service agility. The four-year deal positions regional telecom providers for stronger mobile coverage, hosting opportunities, and scalable next-generation connectivity in underserved communities statewide
Deutsche Telekom boosts BayArena connectivity with 41 new antennas, 14 mobile sectors, and enhanced 4G LTE and 5G capacity, helping Bayer Leverkusen fans stream, message, browse, and make reliable VoIP calls. The stadium upgrade tackles matchday congestion, improving mobile data, voice quality, digital ticketing, and real-time fan experiences overall connectivity
O2’s 24 new Westminster small cells boost mobile capacity for calls, messaging, data, and VoIP in one of London’s busiest districts. The targeted 5G-ready network upgrade brings coverage closer to users, helping commuters, businesses, and visitors enjoy more reliable connectivity, smoother VoIP calls, and stronger performance during peak demand periods
Global RAN spending is shifting beyond China as operators accelerate 5G upgrades, capacity expansion, and modernization. Strong growth across emerging markets creates new opportunities for carriers, vendors, fixed wireless, enterprise connectivity, and VoIP services. Omdia’s latest data highlights regional momentum, vendor competition, and the evolving business case for mobile networks.
Ericsson strengthens NTT DOCOMO’s 5G strategy with advanced RAN Compute, boosting capacity, energy efficiency, and AI-ready automation for next-generation mobile and VoIP services in Japan. The platform supports 4G, 5G, and 5G Advanced, helping operators manage rising data, cloud communications, video traffic, and connected devices while reducing network operating costs
Ericsson is revolutionizing AI in Radio Access Networks by offering a software-based solution that bypasses the need for costly GPU hardware. This innovative approach promises a cost-effective way for service providers to enhance network performance. Ericsson’s AI in RAN increases downlink throughput, improves spectral efficiency, and doubles high-volume user support, marking significant advancements in 5G networks.
Nokia and Orange are revolutionizing radio access networks through an AI-powered collaboration. Utilizing Nokia’s anyRAN 5G software and NVIDIA’s AI infrastructure, this partnership aims to enhance network performance, improve energy efficiency, and deliver new services. This innovative AI-RAN approach will optimize radio algorithms, support 6G evolution, and enable seamless, cognitive networking solutions.
The Radio Access Network market continues to thrive in 2025, with key players like Huawei, Ericsson, Nokia, ZTE, and Samsung steering the industry forward. The RAN sector is evolving through artificial intelligence and cloud-native technologies, especially in Asia-Pacific. Stay updated with the latest trends and insights in VoIP solutions.
Indosat is using Nokia’s AI-based energy solution to cut emissions and boost efficiency across its mobile network. The system uses machine learning to manage traffic loads and reduce power usage during low-demand periods, marking a major step in the operator’s shift toward sustainable, tech-driven operations.
